Autonomous Driving
Intelligent Vehicle
Helping automakers produce Intelligent Connected Vehicle (ICV)
About Apollo
Leading solutions for autonomous driving, intelligent vehicles, etc,.
Taking L4 autonomous driving technology to L2+ mass-produced high-level assisted driving, providing a safe, pleasant and full scene intelligent driving experience.
Apollo City Driving Max
Apollo Highway Driving Pro
Apollo Parking
Enables point-to-point driving in all scenarios, including complex intersections, unstructured roads, and pedestrian interactions, providing efficient and comfortable travel.
Covering high-speed, urban expressway, and parking lot scenarios, it realizes high-speed point-to-point while ensuring controllable mass-production costs. driving flexibility, making long-distance driving easier.
Comprehensive autonomous parking – be it parking or summoning – requires no occupants in the vehicle. With a simple one-touch operation on your mobile phone, you can effortlessly attain the freedom to park at your convenience.
Data reuse from Robotaxi, 300,000km of generalization testing, automotive-grade R&D, and strict quality assurance through simulation and real-vehicle testing.
A domain control hardware box realizes the functions of driving domain control, parking box and map box, with the same computing power. Provides the largest collection of functions under the same computing power platform
Self-developed Human-Vehicle Cooperative-Driving Map and HMI parking integration that restore the surreal driving and parking scene, physical sense of both efficiency and comfort, high speed and Highway and urban expressway point-to-point full scene coverage.
Inheriting Baidu's L4 technology, the algorithm undergoes rigorous validation with over 50 million kilometers of professional road testing. The use of two independent systems, pure vision, and LiDAR, forms a truly redundant perception solution.
Lightweight high-precision maps customized for Intelligent driving, combined with Baidu navigation maps, provide the most familiar driving experience.
Complementary chain has rich practical experience in L4 data closure, helping automotive enterprises use data to continuously optimize product experience.
Offer a diverse range of solutions from the parking domain to comprehensive intelligent driving
Integrated parking and driving hardware achieves multisensor fusion, reusing SOA software architecture, fully open to support high degree of personalization
200+ metrics for quality and experience
Unique cockpit-cloud integrated data loop reduces joint debugging costs and shortens mass production time
The industry's first vehicle-circuit integrated Bird's Eye View(BEV) sensing solution -- UniBEV, with 360-degree sensing capability without blind spots.
UniBEV is the first end-to-end perception solution for vehicle-road integration in the industry. Supporting comprehensive perception capabilities such as multi-sensor, multi-modal, multi-task, and timing fusion. A critical underlying solution for autonomous driving and vehicle-road collaboration.
Characterized by three major features: end-to-end, multi-task and multi-modal fusion sensing, and vehicle-road integration. UniBEV's integrated model leverages a closed loop of big data, large-scale models, and downsizing technology. It excels in industry-leading performance for both dynamic and static perception tasks on the vehicle side, fostering enhanced collaboration between intelligent vehicles and smart road systems.
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Autonomous Driving
Intelligent Vehicle
About Apollo
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